About
Summary
Theoretical/computational biophysical chemist with expertise in developing and parameterizing next-generation methodologies for condensed phase simulation. Specifically, research has largely focused on charge-dependent non-bonded interaction models for both explicit (QM/MM) and implicit solvent environments. Other projects include the simulation of model RNA reactions, the development of semiempirical Specific Reaction Parameterization Hamiltonians and more. Proficient with several different modeling software packages for molecular dynamics and electronic structure calculations, as well as fluent in several programming languages.
Additionally, has a keen interest in chemical education and the integration of new technologies and techniques into the chemistry learning environment. Desires to enhance the learning experience by providing avenues to students which reward achievement, provide high-throughput feedback and motivate students to succeed by surmounting challenges.
Education
University of British Columbia 2017 -
Field of study: Computational Biology and Molecular Biochemistry
Degree: Postdoctorate
Applying bioinformatics and machine-learning techniques to address questions involving the heat-shock response in S. Cerevisiae. Working with Drs. Thibault Mayor and Joerg Gsponer.
Rutgers, the State University of New Jersey 2015 - 2016
Field of study: Chemical Education
Degree: Postdoctorate
Content Expert for the CyberLearning Innovation and Research Center under Professor Darrin M. York, with the goal of creating a dynamic online learning experience for students which stresses quantifiable mastery over essential chemical concepts. During this appointment, I conducted my own recitation for the Chemistry for Engineers class at Rutgers.
University of Minnesota - Twin Cities 2007 - 2015
Field of study: Chemistry
Degree: Doctor of Philosophy
Graduate Research: Computational Biophysics – Advisor: Dr. Darrin M. York
Dissertation: “Charge-dependent non-bonded interaction methods for use in quantum mechanical modeling of condensed phase reactions” http://goo.gl/zvokE7
Committee: Christopher Cramer (chair), Darrin M. York, Connie Lu, Jonathan Sachs
Truman State University 2003 - 2007
Field of study: Chemistry
Degree: Bachelors of Science
ACS Certified Degree in chemistry with a minor in physics
Undergraduate research in Computational Quantum Chemistry – Advisor: Dr. Eric V. Patterson